
English Abstract : This study presents a quantitative analysis of 28 arithmetic concordances identified between the biographical metadata of a subject born in 1987 and the occurrences of the name "Idris" in the Quran (Hafs recitation). Using a methodology based on fixed mathematical pivots (Temporal coordinates, Gematria, Prime Numbers), we highlight a network of interconnected correlations. A Monte Carlo simulation performed on 50,000 random profiles demonstrates that the probability of obtaining such a density of structural and linguistic matches by chance is less than 10^(-7) (Z-score > 6 sigma). These results suggest the existence of a non-random intrinsic mathematical property linking the subject's parameters to the text's structure. Résumé Français :Cette étude présente une analyse quantitative de 28 concordances arithmétiques identifiées entre les métadonnées biographiques d'un sujet né en 1987 et les occurrences du nom "Idris" dans le Coran (recension Hafs). En utilisant une méthodologie basée sur des pivots mathématiques fixes (Coordonnées temporelles, Gématrie, Nombres Premiers), nous mettons en évidence un réseau de corrélations interconnectées. Une simulation de Monte Carlo effectuée sur 50 000 profils aléatoires démontre que la probabilité d'obtenir une telle densité de correspondances structurelles et linguistiques par hasard est inférieure à 10^(-7). Ces résultats suggèrent l'existence d'une propriété mathématique intrinsèque non-aléatoire liant les paramètres du sujet à la structure du texte.
statistical anomalies, Quranic structure, Textual computation, Prime numbers, Hafs recitation, Gematria, Correlation networks, Humanities/statistics & numerical data, Humanities/statistics & numerical data, Monte Carlo Method, Digital humanities, Numerical analysis
statistical anomalies, Quranic structure, Textual computation, Prime numbers, Hafs recitation, Gematria, Correlation networks, Humanities/statistics & numerical data, Humanities/statistics & numerical data, Monte Carlo Method, Digital humanities, Numerical analysis
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